Slaughter machinery and equipment is an important equipment in the production and slaughter industry. It is mainly used for slaughter animals, peeling, segmentation and other processes. It effectively improves the production efficiency of the slaughter industry and ensures consumer food safety. The following is a brief introduction to the working principle of slaughter machinery and equipment.

1. Animal transport

The working principle of slaughter machinery and equipment is first animal transportation. The animal transportation equipment transports the animals to the slaughter workshop, and then the animals are put down from the transportation equipment and put into the animal seat, and the animals are handled by a staff member.

2. Installation of equipment

The working principle of slaughtering machinery and equipment is followed by the installation of equipment. First of all, according to the layout of the slaughter workshop, install slaughter equipment, such as the installation of decapitation machines, peeling machines, laparotomy machines, slitting machines, etc., to ensure the correct installation of the equipment.

3. Operation steps

The third working principle of slaughter machinery and equipment is the operation step. First, the animal into the beheading machine, beheading machine will behead the animal, and then put the animal into the peeling machine, stripping the animal's fur, and then put the animal into the laparotomy machine, the animal's internal organs will be cleaned, and then put the animal into the dividing machine, the animal is divided into segments, thus completing the slaughter process.

4. Cleaning and disinfection

The fourth working principle of slaughter machinery and equipment is cleaning and disinfection. During the slaughter process, the slaughter machinery and equipment will be contaminated. Therefore, after the slaughter is over, the slaughter machinery and equipment need to be cleaned and disinfected to ensure the safety and hygiene of the equipment and the safety of consumers.

5. Quality inspection

The fifth working principle of slaughter machinery and equipment is quality inspection. During the slaughter process, quality inspectors will conduct quality inspections on the slaughtered animal meat to ensure its quality and ensure the safety of consumers.

In short, the working principle of slaughtering machinery and equipment is animal transportation, installation of equipment, operation steps, cleaning and disinfection, and quality inspection. It helps to improve the efficiency of the slaughtering industry and ensure consumer food safety.

Slaughter machinery and equipment is used to slaughter livestock machinery and equipment, it can achieve large quantities of slaughter, high efficiency. It can save labor, greatly improve production efficiency, improve product quality, improve slaughter efficiency, and save time and cost. It is mainly composed of slaughter weighing system, puncture mechanism, slaughter cutting mechanism, washing mechanism, freezing mechanism, mixing mechanism, etc.

The working principle of slaughter machinery and equipment is: first, put the livestock into the slaughter weighing system, and then puncture, next, move the livestock into the cutting mechanism to achieve slaughter and cutting, next, put the livestock into the washing mechanism to achieve washing, and then, Put the livestock into the freezing mechanism to achieve freezing, and then put the livestock into the stirring mechanism to achieve stirring and complete the slaughter. Advantages, the advantages of slaughtering machinery and equipment are: it can greatly improve efficiency, can save labor, can improve product quality, can greatly reduce pollution, can improve the technical level, can save time and cost, can improve slaughter efficiency, can improve safety, can reduce livestock sacrifice rate.

The disadvantages of slaughtering machinery and equipment are: its manufacturing cost is high, its daily maintenance cost is high, its maintenance cost is high, its service life is short, it may cause pollution to the environment, and its safety factor is low.